French MOI Selects StreamWide

Source:
The Critical Communications Review

StreamWIDE announced that it has been selected to supply the company's mission critical Team On Mission solution to the French Ministry of the Interior (MOI) as part of the French state procurement tender of equipment and services, PCSTORM.

StreamWIDE announced that it has been selected to supply the company's mission critical Team On Mission solution to the French Ministry of the Interior (MOI) as part of the French state procurement tender of equipment and services, PCSTORM - Lot 4 "Applications and Security". The comprehensive solution will allow the Ministry to establish broadband radio communications and deploy tactical networks via a converged platform for high speed, operationally efficient, and resilient services for all intervention units (SWAT teams).

StreamWIDE's Team On Mission platform provides a new generation Mission Critical Push-to-Talk (MCPTT) solution over 4G LTE, with voice, video, data, and real-time tracking. It has met all of the criteria required by the MOI by proving to be the most advanced and operationally efficient platform for users and system operators.

Team On Mission allows operations in both tactical mode and network mode, and the compatibility is ensured by the highest compliance with the stringent tender requirements. Among those requirements, a clear emphasis was put on 3GPP compliance and on interoperability.

StreamWIDE already has an existing, operational and complete solution with track record. Team On Mission will be immediately implemented to support the demand for cross-unit communication during critical interventions. The units will be able to accurately coordinate all of their actions and assess critical situations in all operational phases (preparation, observation, decision, transmission, comprehension and execution), and enable the powerful unified communication across all public safety units. The platform offers a user-friendly interface and a seamless user experience with full security and encryption.